Networked Controls Product Catalogue - Philips
Networked Controls Product Catalogue - Philips
Networked Controls Product Catalogue - Philips
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DDNG485<br />
Network Gateway<br />
The <strong>Philips</strong> Dynalite DDNG485 is a fl exible network communications<br />
gateway designed for DyNet RS485 networks. The two opto-isolated<br />
RS485 ports enable the DDNG485 to implement a trunk and spur<br />
topology on large project sites, with the device providing a high-speed<br />
backbone opto-coupled to many lower speed spurs.<br />
It also provides isolation of electrical<br />
faults to individual spurs. The device<br />
is also designed to enable cost<br />
effective integration between the<br />
<strong>Philips</strong> Dynalite control system and<br />
third-party devices.<br />
The on-board Programmable<br />
Logic Controller can assemble and<br />
transmit user-defi ned data strings.<br />
<strong>Product</strong> is SOMFY ready.<br />
DDNI485<br />
Network Passive Gateway<br />
The DDNG485 has a DMX mode<br />
that can transmit or receive up<br />
to 64 channels of DMX512, with<br />
automatic DyNet conversion and<br />
task triggering. This is a popular<br />
method of allowing a lighting<br />
operator temporary control of the<br />
house lights from the DMX lighting<br />
console in an auditorium scenario.<br />
• Communications gateway from DyNet RS485<br />
networks<br />
• 2 x RS485 serial ports – DyNet<br />
• 3.75KV RMS optical isolation between ports<br />
• Programmable message fi ltering<br />
• DMX512 receive & convert to DyNet<br />
(64 channels)<br />
• Programmable Logic Controller (64 Tasks)<br />
• DyNet to DyNet II Translation<br />
• Powered from the DyNet network<br />
• Can be mounted on DIN rail, also has<br />
provision for screw fi xing to a wall without<br />
the use of DIN rail<br />
• Dimensions H: 86mm x W 105mm x D 58mm<br />
• Packed weight: 0.25kg<br />
Integration Devices<br />
The <strong>Philips</strong> Dynalite DDNI485 is<br />
designed for cost-effective optical<br />
isolation of DyNet RS485 networks.<br />
The two opto-isolated RS485 ports<br />
enable the DDNI485 to implement<br />
a trunk and spur topology, with each<br />
spur being electrically isolated from<br />
the others so a fault in one section<br />
of the network will be contained. It<br />
is a “passive” device that does not<br />
require programming.<br />
<strong>Networked</strong> <strong>Controls</strong> <strong>Product</strong> <strong>Catalogue</strong> 65<br />
The print quality of this copy is not an accurate representation of the original.